2results about How to "Convenient mosaic" patented technology

The utility model discloses a kind of anchor rod cable stress sensors of being convenient for connection and fixed, including sensor body and bottom mat, the outside middle part of sensor body is equipped with transmission line, bottom mat is installed below sensor body, and high-strength shaft is installed in the left side of bottom mat, the below high-strength shaft is equipped with rotary plate, and rotary plate and high-strength shaft are rotationally connected.This kind of anchor rod cable stress sensor of being convenient for connection and fixed, compared with the existing anchor rod cable stress sensor, four groups of positioning components are convenient for the installation and fixation of bottom mat and top mat, and the axis is aligned, rotating stud drives two slide rails to slide in rotary plate, wedge block moves and jolts rotary plate, rotary plate changes angle by high-strength shaft rotation, so that the axis of sensor body and anchor rod axis are aligned, the data measured by sensor body is more accurate, two nuts are clamped by gasket at the junction of stud and slide rail, prevent loosening and cause wedge block to move and change angle, installation is more stable.

The utility model provides gold jewelry inlaid with gemstones. The gold jewelry comprises a jewelry body, an outer frame body, the gemstones and a hard gold electroplated layer, the outer surface of the jewelry body is made of hard gold, so that the overall hardness of the jewelry can be improved, and deformation is avoided. The outer frame body is sleeved and matched with the outer side of the jewelry body, and a plurality of embedding positions are arranged on the outer frame body in a hollowed-out manner; by arranging the outer frame body independent of the jewelry body, the processing difficulty of the inlaying position is reduced, and gem inlaying is facilitated. The gemstone, the outer frame body and the body are combined into a whole by utilizing an electroplating process, so that the outer surfaces of the gemstone, the outer frame body and the body are covered with a hard gold electroplating layer which is connected into a whole, the structural strength is enhanced, and the gemstone is effectively prevented from falling off. According to the scheme, the inlaying problem caused by hard pure gold brittleness is solved, and glue is not needed. The electroplated layer is used for integrated covering, so that gemstone falling is avoided, and durability is improved; the outer frame body can be independently processed, so that the production efficiency and the design flexibility are improved.